| Code |
22825
|
| Name |
Optos Daytona (with Optomap Plus Option)
|
| Brand |
Optos, Inc. (Nikon)
|
| Model |
Optos Daytona
|
| Status |
New Arrival |
| Price |
|
| Comment |
The Optos Daytona is the industry-defining, desktop ultra-widefield (UWF™) scanning laser ophthalmoscope. It completely reinvents legacy fundus photography by scaling the captured field of view from a restrictive 45-degree central patch up to an astonishing 200 degrees (covering approximately 82% of the total retinal surface) in a single, non-mydriatic exposure lasting under 0.4 seconds.
Widely adopted as the primary screening workhorse in premier eye clinics worldwide, Daytona captures peripheral retinal tears, diabetic proliferative changes, and vascular occlusions that standard cameras routinely miss, stabilizing clinical safety and modernizing diagnostic volume.
The Optos Daytona (Optomap Plus Package) elevates the standard ultra-widefield 200° scanning laser ophthalmoscope (SLO) into an advanced clinical diagnostic station. By embedding the premium "Optomap Plus" high-tier licensing and software suite, this system expands upon the baseline screening workflow.
|
| Specification & Options |
Unprecedented 200° Ultra-Widefield Retinal Coverage
Mydriatic-Free, Stress-Free Patient Experience
Dual-Wavelength Laser Channel Segmentation (Red & Green SLO)
Core Specifications
• Imaging Modality: Scanning Laser Ophthalmoscope (SLO)
• Field of View / Retinal Surface Area: 200 degrees / Approximately 82% coverage
• Laser Sources: Red (635 nm) and Green (532 nm) solid-state lasers
• Minimum Pupil Diameter Restriction: ø2.0 mm
• Imaging Capabilities: Composite Color, Red-free/Green channel, Red channel,
and FAF (model dependent)**
**-most daytona in secondhand doesn't carry with FAF currently.
• Digital Infrastructure: Fully DICOM compliant; native integration with standard EMRs and OptosAdvance viewing software.
|
| Configuration |
Extended Ultra-Widefield Views (Up to 220° Range)
Lossless Ultra-High-Resolution Digital Zoom
Stereoscopic 3-D Structural & Elevation Mapping
|
| Condition |
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